Matches in SemOpenAlex for { <https://semopenalex.org/work/W4307296945> ?p ?o ?g. }
- W4307296945 endingPage "100054" @default.
- W4307296945 startingPage "100054" @default.
- W4307296945 abstract "Dietary supplements containing plant extracts are often marketed as having antioxidant properties. Using complex lipid mixtures derived from cellular tissue, we perform a targeted lipidomic assessment of the antioxidant activity of five plant extract supplements. Formulations derived from grape seed, milk thistle, pine bark, turmeric and hawthorn extract were evaluated. Overall, we find evidence to suggest that all supplements suppressed in vitro lipid oxidation to some degree. Suppression of oxidation was most effective in the dominant lipid classes, phosphatidylcholine (PC) and phosphatidylethanolamine (PE), which contain significant numbers of polyunsaturated lipids. Under the conditions of study, grape seed extract supplement was the most effective antioxidant showing statistically significant suppression of lipid oxidation in 11 of the 15 lipid classes quantified. Lipid compositional changes and metrics such as the PC: PE ratio and the double bond index were determined to provide an insight into the effect of oxidative stress and antioxidants on collective membrane properties. Finally, the likely stress that in vivo lipid oxidation could cause to cells, and the mitigating effects of supplements in this context, is also discussed." @default.
- W4307296945 created "2022-10-31" @default.
- W4307296945 creator A5013598246 @default.
- W4307296945 creator A5067893191 @default.
- W4307296945 creator A5074940559 @default.
- W4307296945 date "2022-12-01" @default.
- W4307296945 modified "2023-09-30" @default.
- W4307296945 title "Oxidative stress is inhibited by plant-based supplements: A quantitative lipidomic analysis of antioxidant activity and lipid compositional change" @default.
- W4307296945 cites W1837910522 @default.
- W4307296945 cites W1971424572 @default.
- W4307296945 cites W1989299822 @default.
- W4307296945 cites W1994965575 @default.
- W4307296945 cites W1995349950 @default.
- W4307296945 cites W1996108576 @default.
- W4307296945 cites W1997250037 @default.
- W4307296945 cites W1999317619 @default.
- W4307296945 cites W1999766705 @default.
- W4307296945 cites W2011305203 @default.
- W4307296945 cites W2015006957 @default.
- W4307296945 cites W2018340849 @default.
- W4307296945 cites W2019024574 @default.
- W4307296945 cites W2021112085 @default.
- W4307296945 cites W2027974246 @default.
- W4307296945 cites W2032508526 @default.
- W4307296945 cites W2036658349 @default.
- W4307296945 cites W2036919370 @default.
- W4307296945 cites W2042873577 @default.
- W4307296945 cites W2048699875 @default.
- W4307296945 cites W2053622056 @default.
- W4307296945 cites W2055561329 @default.
- W4307296945 cites W2056008345 @default.
- W4307296945 cites W2058135626 @default.
- W4307296945 cites W2064287832 @default.
- W4307296945 cites W2065102986 @default.
- W4307296945 cites W2073080329 @default.
- W4307296945 cites W2076519801 @default.
- W4307296945 cites W2079220485 @default.
- W4307296945 cites W2082755780 @default.
- W4307296945 cites W2086453930 @default.
- W4307296945 cites W2089581037 @default.
- W4307296945 cites W2091479905 @default.
- W4307296945 cites W2113607626 @default.
- W4307296945 cites W2114754207 @default.
- W4307296945 cites W2141941251 @default.
- W4307296945 cites W2143310572 @default.
- W4307296945 cites W2154543911 @default.
- W4307296945 cites W2161601396 @default.
- W4307296945 cites W2167259232 @default.
- W4307296945 cites W2272418112 @default.
- W4307296945 cites W2300552860 @default.
- W4307296945 cites W2407452144 @default.
- W4307296945 cites W2513458079 @default.
- W4307296945 cites W2518529231 @default.
- W4307296945 cites W2554878082 @default.
- W4307296945 cites W2576336652 @default.
- W4307296945 cites W2583594489 @default.
- W4307296945 cites W2740856177 @default.
- W4307296945 cites W2763193399 @default.
- W4307296945 cites W2767398913 @default.
- W4307296945 cites W2783973370 @default.
- W4307296945 cites W2800474634 @default.
- W4307296945 cites W2800588457 @default.
- W4307296945 cites W2883793199 @default.
- W4307296945 cites W2897361283 @default.
- W4307296945 cites W2902989976 @default.
- W4307296945 cites W2904866597 @default.
- W4307296945 cites W2905441940 @default.
- W4307296945 cites W2927675211 @default.
- W4307296945 cites W2945255266 @default.
- W4307296945 cites W2952648698 @default.
- W4307296945 cites W2968847475 @default.
- W4307296945 cites W2976181527 @default.
- W4307296945 cites W2981806898 @default.
- W4307296945 cites W3010328224 @default.
- W4307296945 cites W3017125076 @default.
- W4307296945 cites W3017165008 @default.
- W4307296945 cites W3020175106 @default.
- W4307296945 cites W3022247052 @default.
- W4307296945 cites W3024108177 @default.
- W4307296945 cites W3026891305 @default.
- W4307296945 cites W3044829738 @default.
- W4307296945 cites W3091893945 @default.
- W4307296945 cites W3091953196 @default.
- W4307296945 cites W3102092593 @default.
- W4307296945 cites W3105919133 @default.
- W4307296945 cites W3107380320 @default.
- W4307296945 cites W3151165980 @default.
- W4307296945 cites W3163183503 @default.
- W4307296945 cites W3163787454 @default.
- W4307296945 cites W3180457059 @default.
- W4307296945 cites W3190054532 @default.
- W4307296945 cites W3197560589 @default.
- W4307296945 doi "https://doi.org/10.1016/j.arres.2022.100054" @default.
- W4307296945 hasPublicationYear "2022" @default.
- W4307296945 type Work @default.
- W4307296945 citedByCount "2" @default.
- W4307296945 countsByYear W43072969452023 @default.
- W4307296945 crossrefType "journal-article" @default.